By Paul D. Griffiths FRCR PhD, Janet Morris MSc, Jeanne-Claudie Larroche MD, Michael Reeves FRCR
The Atlas of Fetal and Neonatal mind MR is a wonderful atlas that fills the distance in insurance on general mind improvement. Dr. Paul Griffiths and his staff current a hugely visible method of the neonatal and fetal classes of development. With over 800 photos, you will have a number of perspectives of ordinary presentation in utero, autopsy, and extra. even if you are a new resident or a pro practitioner, this can be a useful advisor to the recent and elevated use of MRI in comparing basic and irregular fetal and neonatal mind development.
- Covers either fetal and neonatal classes to function the main complete atlas at the topic.
- Features over 800 pictures for a targeted visible method of using the most recent imaging suggestions in comparing common mind development.
- Presents a number of picture perspectives of standard presentation to incorporate in utero and autopsy pictures (from coronal, axial, and sagittal planes), gross pathology, and line drawings for every gestation.
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Extra resources for Atlas of Fetal and Postnatal Brain MR
At some sites in the brain of the second-trimester fetus the germinal matrix is particularly large and is named by the structures that ultimately will be produced. For example, large neuroepithelial/subventricular zones are found around the lateral ventricles and are called the striatal matrices because they will form the putamen and caudate. Feess-Higgins and Larroche used terms such as matrix rhombencephalica, matrix mesencephalica, and matrix telencephalica in their atlas (but labeled simply as matrix in the ﬁgures of the original text) to distinguish the anatomic site of the germinal 35 36 ATL A S O F F ET A L A ND P O S T NA T A L B R A I N M R matrix and therefore imply the structures formed from those regions of neural/glial proliferation.
Bayer and Altman7 discuss the historical approach to describing the developing cerebral mantle and explain the new developments in understanding the process. The classic description of the second-trimester cerebral cortex involves only three layers: the deep, periventricular germinal matrix that forms the neurons and glia, the superﬁcial cortical plate (which will become layers 2–6 of the neocortex), and an intermediate zone. The intermediate zone recently has come under particular scrutiny by some groups.
The classic description of the second-trimester cerebral cortex involves only three layers: the deep, periventricular germinal matrix that forms the neurons and glia, the superﬁcial cortical plate (which will become layers 2–6 of the neocortex), and an intermediate zone. The intermediate zone recently has come under particular scrutiny by some groups. 9,10 One component of the intermediate zone is the huge number of radial glial cells extending through the full thickness of the hemisphere. Further- more, Kostovic et al showed that those glial structures guide the migration of cells formed in the germinal matrix to a predetermined site in the developing cortex by a process called fate mapping.